The New SPG9000 API is Intuitive and Accessible
Since its introduction, we’ve been telling you that the new SPG9000 API is intuitive for virtually any modern programmer and we’d like to demonstrate that.
Author: Steven Bilow
Transfer Functions and Their Functions in High Dynamic Range Workflow
As we have progressed through generations from those old CRT displays to Qdot backlit LCD panels and Laser/Phosphor digital cinema projectors, we still need transfer functions to ensure visual perceptual accuracy. Adjusting for those nonlinearities is why we need transfer functions now and into the future.
The “Dynamic” in High Dynamic Range
Dynamic range is a central principle in cinematography and videography. It is also critical for describing and evaluating display technology. Read on!
PRISM Multi-Input Mode for Camera Shading and HDR Production
The PRISM feature-set continues to grow and, as live production becomes ever more demanding, it continues to accommodate those needs. Among the most recent new, production-oriented features is what we call “multi-input mode”.
Increase Broadcaster and Production Productivity Through Monitoring By Exception
. We propose monitoring your most crucial media feeds, by exception, with sophisticated software, can be a tremendous enhancement to your team’s productivity. Instead of continually looking for audio, video, and ancillary data problems, engineers need not worry about them unless they have been notified that one exists. They can perform their daily tasks while a software tool monitors the facility for them.
Combine PRISM And Inspect 2110 For Powerful Monitoring By Exception and a Seamless Transition To IP Diagnostics
Monitoring by exception and a seamless transition to IP diagnostics tools can significantly improve your ability to do it. When it comes to this type of monitoring, Telestream has a distinct advantage with Inspect 2110.
The Surround Sound Display in the PRISM Waveform Monitor
In this post we’ll explore the surround sound diagnostic capability in PRISM with a review of the tools in the audio app and emphasis on the indicators that run around the periphery of the surround sound display in PRISM: specifically the phase and phantom source bars.
IP Video: Analyzing Stream Timing with a Waveform Monitor
In this third in our series of posts on IP diagnostics, we’ll discuss analyzing stream timing with a waveform monitor like the Telestream PRISM. As before, the details are covered in our technical guide. This is but a taste of why a Waveform Monitor is a valuable addition to your tool kit and some of the features that PRISM offers.
IP Video: Using PIT Histograms to Diagnose Timing with a Waveform Monitor
Delays, Paths, and Order In an IP network with many devices, every packet can take a different path from source to destination. That means that …
IP Video: Waveform Monitors Diagnose Packet Jitter
The root cause of many IP network issues is packet jitter. Excessive packet jitter leads to buffer over- and under-flows which, in turn, result in …
Surround Sound Audio Diagnostics with the PRISM Waveform Monitor Platform
Surround sound is continually developing and the more channels you must incorporate the more difficult it becomes. To make this management and diagnostic process easier the PRISM Waveform Monitor Platform can optionally include a visual Surround Sound display where you can monitor the overall shape of your surround sound image.
Color Grading In A Wide Gamut Environment Using The PRISM Waveform Monitor
Simply put, you cannot identify an individual color that is outside of a specific gamut by eye. Fortunately, you can do it with an instrument like Telestream’s PRISM Waveform Monitor.
Comprehensive Audio Measurements in Your Waveform Monitor
By: Steve Bilow, Product Marketing Manager If you’ve ever tried to set up a home theater system with 5 or 7 speakers and a subwoofer by ear, without …